Merge branch 'release/v2.14.5'

CHANGELOG.rst

@@ -4,6 +4,11 @@ Change Log
 [upcoming release] - 2024-..-..
 -------------------------------
 
+[2.14.5] - 2024-03-28
+-------------------------------
+- [CHANGED] added possibility to provide custom weights to switches and transformers (before - always zero) when creating a graph
+- [FIXED] many futurewarnings and deprecation warnings
+
 [2.14.4] - 2024-03-28
 -------------------------------
 - [FIXED] internal pgm test returns ANOTHER error when using python 3.8
@@ -66,6 +71,7 @@ Change Log
 - [ADDED] cim2pp: added description fields for each asset and added BusbarSection information to nodes
 - [CHANGED] cim2pp: reformat documentation for reading in files
 - [CHANGED] allow providing grid_tables as a parameter to the function that downloads net from PostgreSQL
+- [FIXED] avoid FutureWarning of pandas 2.2
 - [FIXED] compatibility with lightsim2grid after new version 0.8.0
 - [ADDED] allow passing custom runpp-function to pp.diagnostic
 

pandapower/auxiliary.py

@@ -967,9 +967,9 @@ def _clean_up(net, res=True):
  # res_bus.drop(xward_buses, inplace=True)
  if len(net["dcline"]) > 0:
  dc_gens = net.gen.index[(len(net.gen) - len(net.dcline) * 2):]
- net.gen.drop(dc_gens, inplace=True)
+ net.gen = net.gen.drop(dc_gens)
  if res:
- net.res_gen.drop(dc_gens, inplace=True)
+ net.res_gen = net.res_gen.drop(dc_gens)
 
 
 def _set_isolated_buses_out_of_service(net, ppc):

pandapower/control/util/auxiliary.py

@@ -188,7 +188,7 @@ def drop_same_type_existing_controllers(net, this_ctrl_type, index=None, matchin
  same_type_existing_ctrl = get_controller_index(net, ctrl_type=this_ctrl_type,
  parameters=matching_params)
  if len(same_type_existing_ctrl):
- net.controller.drop(same_type_existing_ctrl, inplace=True)
+ net.controller = net.controller.drop(same_type_existing_ctrl)
  logger.debug("Controllers " + str(['%i' % idx for idx in same_type_existing_ctrl]) +
  "got removed because of same type and matching parameters as new " +
  "controller " + index + ".")

pandapower/convert_format.py

@@ -216,9 +216,9 @@ def _create_seperate_cost_tables(net, elements_to_deserialize):
 
 def _rename_columns(net, elements_to_deserialize):
  if _check_elements_to_deserialize('line', elements_to_deserialize):
- net.line.rename(columns={'imax_ka': 'max_i_ka'}, inplace=True)
+ net.line = net.line.rename(columns={'imax_ka': 'max_i_ka'})
  if _check_elements_to_deserialize('gen', elements_to_deserialize):
- net.gen.rename(columns={"qmin_mvar": "min_q_mvar", "qmax_mvar": "max_q_mvar"}, inplace=True)
+ net.gen = net.gen.rename(columns={"qmin_mvar": "min_q_mvar", "qmax_mvar": "max_q_mvar"})
  for typ, data in net.std_types["line"].items():
  if "imax_ka" in data:
  net.std_types["line"][typ]["max_i_ka"] = net.std_types["line"][typ].pop("imax_ka")
@@ -235,11 +235,11 @@ def _rename_columns(net, elements_to_deserialize):
  net.measurement.loc[bus_measurements, "bus"].values
  net.measurement.loc[~bus_measurements, "side"] = \
  net.measurement.loc[~bus_measurements, "bus"].values
- net.measurement.rename(columns={'type': 'measurement_type'}, inplace=True)
- net.measurement.drop(["bus"], axis=1, inplace=True)
+ net.measurement = net.measurement.rename(columns={'type': 'measurement_type'})
+ net.measurement = net.measurement.drop(["bus"], axis=1)
  if _check_elements_to_deserialize('controller', elements_to_deserialize):
  if "controller" in net:
- net["controller"].rename(columns={"controller": "object"}, inplace=True)
+ net["controller"] = net["controller"].rename(columns={"controller": "object"})
  if "options" in net:
  if "recycle" in net["options"]:
  if "Ybus" in net["options"]["recycle"]:
@@ -371,7 +371,7 @@ def _update_trafo_parameter_names(net, elements_to_deserialize):
  for element in update_data:
  replace_cols = {col: _update_column(col) for col in net[element].columns if
  col.startswith("tp") or col.startswith("vsc")}
- net[element].rename(columns=replace_cols, inplace=True)
+ net[element] = net[element].rename(columns=replace_cols)
  _update_trafo_type_parameter_names(net)
 
 
@@ -399,16 +399,16 @@ def _set_data_type_of_columns(net):
 
 def _convert_to_mw(net):
  replace = [("kw", "mw"), ("kvar", "mvar"), ("kva", "mva")]
- for element, tab in net.items():
- if isinstance(tab, pd.DataFrame):
+ for element in net.keys():
+ if isinstance(net[element], pd.DataFrame):
  for old, new in replace:
- diff = {column: column.replace(old, new) for column in tab.columns if old in column
-   and column != "pfe_kw"}
- tab.rename(columns=diff, inplace=True)
- if len(tab) == 0:
+ diff = {column: column.replace(old, new) for column in net[element].columns if
+ old in column and column != "pfe_kw"}
+ net[element] = net[element].rename(columns=diff)
+ if len(net[element]) == 0:
  continue
  for old, new in diff.items():
- tab[new] *= 1e-3
+ net[element][new] *= 1e-3
 
  for element, std_types in net.std_types.items():
  for std_type, parameters in std_types.items():

pandapower/converter/cim/cim2pp/build_pp_net.py

@@ -219,7 +219,7 @@ def convert_to_pp(self, convert_line_to_switch: bool = False, line_r_limit: floa
  # fuse boundary ConnectivityNodes with their TopologicalNodes
  bus_t = self.net.bus.reset_index(level=0, drop=False)
  bus_drop = bus_t.loc[bus_t[sc['o_prf']] == 'eq_bd', ['index', sc['o_id'], 'cim_topnode']]
- bus_drop.rename(columns={'index': 'b1'}, inplace=True)
+ bus_drop = bus_drop.rename(columns={'index': 'b1'})
  bus_drop = pd.merge(bus_drop, bus_t[['index', sc['o_id']]].rename(columns={'index': 'b2', sc['o_id']: 'o_id2'}),
  how='inner', left_on='cim_topnode', right_on='o_id2')
  if bus_drop.index.size > 0:

pandapower/converter/cim/cim2pp/convert_measurements.py

@@ -44,11 +44,11 @@ def create_measurements_from_analog(self):
  'PowerSystemResource', 'positiveFlowIn']],
  self.cim['eq']['AnalogValue'][['sensorAccuracy', 'MeasurementValueSource', 'Analog', 'value']],
  how='inner', left_on='rdfId', right_on='Analog')
- analogs.drop(columns=['rdfId', 'Analog'], inplace=True)
+ analogs = analogs.drop(columns=['rdfId', 'Analog'])
  analogs = pd.merge(analogs, self.cim['eq']['MeasurementValueSource'], how='left',
  left_on='MeasurementValueSource',
  right_on='rdfId')
- analogs.drop(columns=['rdfId', 'MeasurementValueSource'], inplace=True)
+ analogs = analogs.drop(columns=['rdfId', 'MeasurementValueSource'])
  # collect all the assets (line, trafo, trafo3w) and its connections
  assets = pd.DataFrame(None, columns=['element_type', 'side'])
  append_dict = dict({'line': {'from_bus': 'from', 'to_bus': 'to'},
@@ -61,7 +61,7 @@ def create_measurements_from_analog(self):
  temp['element_type'] = element_type
  temp['side'] = side
  assets = pd.concat([assets, temp], sort=False)
- assets.rename(columns={'index': 'element'}, inplace=True)
+ assets = assets.rename(columns={'index': 'element'})
  # now join the analogs with the assets
  psr = pd.merge(analogs, assets, how='inner', left_on='PowerSystemResource', right_on=sc['o_id'])
  # keep only entries which are associated to the terminal from the asset
@@ -96,24 +96,24 @@ def create_measurements_from_sv(self):
  sc = cim_tools.get_pp_net_special_columns_dict()
  # get the measurements from the sv profile and set the Terminal as index
  sv_powerflow = self.cim['sv']['SvPowerFlow'][['Terminal', 'p', 'q']]
- sv_powerflow.set_index('Terminal', inplace=True)
+ sv_powerflow = sv_powerflow.set_index('Terminal')
 
  # ---------------------------------------measure: bus v---------------------------------------------------
  busses_temp = self.net.bus[['name', 'vn_kv', sc['ct']]].copy()
- busses_temp.reset_index(level=0, inplace=True)
- busses_temp.rename(columns={'index': 'element', sc['ct']: 'TopologicalNode'}, inplace=True)
+ busses_temp = busses_temp.reset_index(level=0)
+ busses_temp = busses_temp.rename(columns={'index': 'element', sc['ct']: 'TopologicalNode'})
  sv_sv_voltages = pd.merge(self.cim['sv']['SvVoltage'][['TopologicalNode', 'v']], busses_temp,
  how='left', on='TopologicalNode')
  # drop all the rows mit vn_kv == np.NaN (no measurements available for that bus)
- sv_sv_voltages.dropna(subset=['vn_kv'], inplace=True)
+ sv_sv_voltages = sv_sv_voltages.dropna(subset=['vn_kv'])
  sv_sv_voltages.reset_index(inplace=True)
  if 'index' in sv_sv_voltages.columns:
- sv_sv_voltages.drop(['index'], inplace=True, axis=1)
+ sv_sv_voltages = sv_sv_voltages.drop(['index'], axis=1)
  # value -> voltage ()
  sv_sv_voltages['value'] = sv_sv_voltages.v / sv_sv_voltages.vn_kv
  sv_sv_voltages['value'].replace(0, np.nan, inplace=True)
  # drop all the rows mit value == np.NaN
- sv_sv_voltages.dropna(subset=['value'], inplace=True)
+ sv_sv_voltages = sv_sv_voltages.dropna(subset=['value'])
  sv_sv_voltages.reset_index(inplace=True)
  sv_sv_voltages['value_stddev'] = sv_sv_voltages.value * 0.001
  sv_sv_voltages['vn_kv_stddev'] = 0.1 / sv_sv_voltages.vn_kv
@@ -136,7 +136,7 @@ def create_measurements_from_sv(self):
  line_temp['q_to'] = \
  pd.merge(line_temp[sc['t_to']], sv_powerflow['q'], left_on=sc['t_to'], right_index=True)['q']
 
- line_temp.dropna(subset=['p_from', 'p_to', 'q_from', 'q_to'], thresh=4, inplace=True)
+ line_temp = line_temp.dropna(subset=['p_from', 'p_to', 'q_from', 'q_to'], thresh=4)
 
  line_temp['stddev_line_from_p'] = abs(line_temp.p_from) * sigma_line + 1.
  line_temp['stddev_line_to_p'] = abs(line_temp.p_to) * sigma_line + 1.
@@ -181,7 +181,7 @@ def create_measurements_from_sv(self):
  trafo_temp['q_lv'] = \
  pd.merge(trafo_temp[sc['t_lv']], sv_powerflow['q'], left_on=sc['t_lv'], right_index=True)['q']
 
- trafo_temp.dropna(subset=['p_hv', 'p_lv', 'q_hv', 'q_lv'], thresh=4, inplace=True)
+ trafo_temp = trafo_temp.dropna(subset=['p_hv', 'p_lv', 'q_hv', 'q_lv'], thresh=4)
 
  trafo_temp['stddev_trafo_hv_p'] = abs(trafo_temp.p_hv) * sigma_trafo + 1.
  trafo_temp['stddev_trafo_lv_p'] = abs(trafo_temp.p_lv) * sigma_trafo + 1.
@@ -230,7 +230,7 @@ def create_measurements_from_sv(self):
  trafo3w_temp['q_lv'] = \
  pd.merge(trafo3w_temp[sc['t_lv']], sv_powerflow['q'], left_on=sc['t_lv'], right_index=True)['q']
 
- trafo3w_temp.dropna(subset=['p_hv', 'p_mv', 'p_lv', 'q_hv', 'q_mv', 'q_lv'], thresh=6, inplace=True)
+ trafo3w_temp = trafo3w_temp.dropna(subset=['p_hv', 'p_mv', 'p_lv', 'q_hv', 'q_mv', 'q_lv'], thresh=6)
 
  trafo3w_temp['stddev_trafo_hv_p'] = abs(trafo3w_temp.p_hv) * sigma_trafo3w + 1.
  trafo3w_temp['stddev_trafo_mv_p'] = abs(trafo3w_temp.p_mv) * sigma_trafo3w + 1.
@@ -275,7 +275,7 @@ def create_measurements_from_sv(self):
  self._copy_to_measurement(trafo3w_temp)
 
  # remove NaN values
- self.net.measurement.dropna(subset=['value'], inplace=True)
+ self.net.measurement = self.net.measurement.dropna(subset=['value'])
  # set the element from float to default uint32
  self._set_measurement_element_datatype()